DRONE Chase Tamper
Home > Products > Surfacing Products > DRONE Chase Tamper
DRONE Chase Tamper
The Drone is an unmanned chase tamper programmed to tamp the ties skipped by the lead machine. In the conventional North American skip tie tamping mode, the Drone will tamp all of the skipped ties while it continuously moves independently of the lead tamper. The work heads on the Drone are automatically positioned both individually and longitudinally to the required location on the frame to facilitate tamping the untamped ties; even slewed ties.
All the accessories on the Drone can be manipulated from the Lead Machine (when required) via a two-way wireless Ethernet communication system.
Upon arrival at the work site, the operator selects the work mode for both machines while still coupled, advancing forward while recording a short section of track during run-in. The recording operation synchronizes the encoder wheels and tie finders of each machine, mapping out sections of track recognizable by both tampers.
The two machines are then uncoupled and the lead tamper starts work by lifting, lining and tamping. After the run-in is completed the Drone starts tamping the skipped ties left by the lead tamper.
Specifications
- Weights & Dimensions
- Front Axle Weight - 24,500-lbs. (11,110-kg)
- Rear Axle Weight - 32,000-lbs. (14,510-kg)
- Machine Weight - 54,500-lbs. (24,720-kg)
- Wheels & Axles - 30 inch (762) mm) cast steel (AAR profile) wheels on solid forged steel axles.
- Brakes - Air operated tread-type shoe brakes with cobra-type shoes on all four wheels. Spring-applied, air-released, parking/emergency brake for automatic brake actuation in case of pressure loss.
- Tamping Units - Four heavy duty vibrators drive 16 abrasion-resistant tamping tools. The hydraulically driven vibrators operate at 3,000 VPM (50 Hz) and develop a positive displacement of 3/8 inch (9.5 mm).
- Engine - Cummins 8.3L Tier 3, electronic control charged, air cooled and turbo-charged, 305 HP @ 2200 RPM.
- Controls - All working functions are under control of a Jupiter Distributed Input/Output Control System with interactive operator interface.